Group IPSO
Group Description |
Power simulation matrices, Li Peijie, Inst. of Power Systems, Guangxi Univ. Three different kinds of optimization methods (OPF, TSCOPF, HTC) applied to power system simulation. All matrices are symmetric indefinite. From Li Peijie, Institute of Power Systems (IPSO), Guangxi University (beyondpeijie at gxu.edu.cn). Collected by Jonathan Hogg, Rutherford Appleton Laboratory, Oxfordshire, UK. |
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Displaying all 7 collection matrices
Id | Name | Group | Rows | Cols | Nonzeros | Kind | Date | Download File |
---|---|---|---|---|---|---|---|---|
2534 | HTC_336_4438 | IPSO | 226,340 | 226,340 | 783,496 | Power Network Problem | 2011 | MATLAB Rutherford Boeing Matrix Market |
2535 | HTC_336_9129 | IPSO | 226,340 | 226,340 | 762,969 | Power Network Problem | 2011 | MATLAB Rutherford Boeing Matrix Market |
2536 | OPF_10000 | IPSO | 43,887 | 43,887 | 426,898 | Power Network Problem | 2011 | MATLAB Rutherford Boeing Matrix Market |
2537 | OPF_3754 | IPSO | 15,435 | 15,435 | 141,478 | Power Network Problem | 2011 | MATLAB Rutherford Boeing Matrix Market |
2538 | OPF_6000 | IPSO | 29,902 | 29,902 | 274,697 | Power Network Problem | 2011 | MATLAB Rutherford Boeing Matrix Market |
2539 | TSC_OPF_1047 | IPSO | 8,140 | 8,140 | 2,012,833 | Power Network Problem | 2011 | MATLAB Rutherford Boeing Matrix Market |
2540 | TSC_OPF_300 | IPSO | 9,774 | 9,774 | 820,783 | Power Network Problem | 2011 | MATLAB Rutherford Boeing Matrix Market |